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Several discussions articulate specific insights from the research, such as referencing satellite data that demonstrates unprecedented water loss and discussing the implications of abrupt changes in Earth systems. Phrases like 'unprecedented continental drying' and mentions of factors like 'groundwater depletion' and 'intense drought' highlight a tone of concern and urgency, indicating that participants are not just aware of the problem but are also critically engaged with its context and broader implications.
Many discussions reflect a general consensus on the alarming findings of the publication, with users expressing concern about the implications of the water storage decline.
There is a high level of curiosity among participants, with several posts sharing information and linking to the article.
The discussions often delve into technical aspects of the research, showcasing a deep understanding of the implications on global hydrology and climate change.
Participants widely recognize the significant impact of this decline on future environmental conditions, demonstrating a sense of urgency.
The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear change if you push a system too much. An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change https://t.co/GpioyPMxU8
New study led by Matt Rodell @thenasaearth.bsky.social & co-written with several colleagues from @issibern.ch water cycle workshop reveals an abrupt decline in terrestrial water storage on land since 2015, consistent with a long-term drying on continents. Article: link.springer.com/article/10.1...
The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear change if you push a system too much. An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change link.springer.com/article/10.1...
The land is drying out according to @NASA satellites & other data as heavier, less frequent rainfall runs off rather than replenishing ground water & a thirstier atmosphere more effectively saps soil moisture. Blog: https://t.co/qj7WhtTFRo Paper: https://t.co/QHmwJfksyQ https://t.co/jHJFdl4DPV
Abrupt decline in global terrestrial water storage & its relationship with sea level change by Rodell et al. https://t.co/QHmwJfksyQ https://t.co/GKorAOpNBY
An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change Rodell et al. 2024 link.springer.com/article/10.1...
This study assessed cognitive performance of 25 astronauts during 6-month ISS missions across five key phases, focusing on 10 cognitive domains. It found generally stable performance with some slowing in processing…
Join us as we delve into the findings from scientists revealing a significant decline in global freshwater levels since 2014. This decline, exacerbated by droughts and climate change, raises serious concerns for…
RT @rpallanuk: Unprecedented continental drying since 2002 based on satellite data and dominated by high-latitude water loss, intense Centr…
RT @rpallanuk: Unprecedented continental drying since 2002 based on satellite data and dominated by high-latitude water loss, intense Centr…
RT @rpallanuk: Unprecedented continental drying since 2002 based on satellite data and dominated by high-latitude water loss, intense Centr…
Unprecedented continental drying since 2002 based on satellite data and dominated by high-latitude water loss, intense Central American/European #drought & groundwater depletion: https://t.co/rtJ4Vve6GG Consistent with earlier work: https://t.co/QHmwJfksyQ https://t.co/NoZqIfo7cy
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @LOVE2UNIQUE: https://t.co/tgFoJzh53J
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
https://t.co/tgFoJzh53J
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
RT @PaulHBeckwith: The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear…
The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear change if you push a system too much. An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change link.springer.com/article/10.1...
The abruptness of continental water storage decline is a good example of abrupt change in Earth systems: fast non-linear change if you push a system too much. An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change https://t.co/GpioyPMxU8
Let's open up a file on the Jason 1 2 3 probe series too while at it
@LeonSimons8 "Conclusively explaining the post-2015 divergence between GRACE/FO and altimetry minus thermosteric estimates of BSL will require further work. There are reasons to be uncertain ☆ about all ☆ three of the key observational inputs." https://t.co/nAwpRINDy6
@tmallard @cooling_earth @DrJamesEHansen Published: 11/042024 Matthew Rodell NASA Goddard Space Flight Center "The pre-2015 agreement and post-2015 divergence suggest an issue in the altimetry and/or Argo data as the root cause of that divergence." https://t.co/nAwpRINDy6
@ryankatzrosene "ERA5-Land does not simulate groundwater storage, thus limiting the range of variability of TWS. Second, human water management and consumption, especially groundwater withdrawals, are not simulated by the ERA5-" https://t.co/nAwpRINDy6 @aaronshem update on GRACE
元論文はこれのようです。 https://t.co/99ickp5hRJ
Current hydrological situation In the Northern Hemisphere winter its not too important, but during spring it indicates where hot summer temperatures will happen and during summer where the soil-moisture temperature cascade is active: low soil moisture = less clouds = higher temperatures #climate
RT @CoyoteGulch: An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change -- Springer Nature Link h…
An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change -- Springer Nature Link https://t.co/6dLi8dymQS https://t.co/q3i536OgCN
An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change -- Springer Nature Link coyotegulch.blog/2024/12/19/a...
despite more rainfall which comes one in hit and shock and awe events. "An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change"; link.springer.com/article/10.1... Here a graph: #climate
RT @kei_sakurai: 原論文。 https://t.co/U9YSMYEOxf
New study led by Matt Rodell @thenasaearth.bsky.social & co-written with several colleagues from @issibern.ch water cycle workshop reveals an abrupt decline in terrestrial water storage on land since 2015, consistent with a long-term drying on continents. Article: link.springer.com/article/10.1...
RT @LifeOnThinIce: New study: Satellite measurements during 2015-2023 show the average amount of freshwater stored globally on land was 290…
RT @LifeOnThinIce: New study: Satellite measurements during 2015-2023 show the average amount of freshwater stored globally on land was 290…
An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change | Surveys in Geophysics https://t.co/bPnclgp1A3
An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change Rodell et al. 2024 link.springer.com/article/10.1...
RT @rpallanuk: The land is drying out according to @NASA satellites & other data as heavier, less frequent rainfall runs off rather than re…
RT @rpallanuk: The land is drying out according to @NASA satellites & other data as heavier, less frequent rainfall runs off rather than re…
RT @rpallanuk: The land is drying out according to @NASA satellites & other data as heavier, less frequent rainfall runs off rather than re…
RT @rpallanuk: The land is drying out according to @NASA satellites & other data as heavier, less frequent rainfall runs off rather than re…
RT @rpallanuk: The land is drying out according to @NASA satellites & other data as heavier, less frequent rainfall runs off rather than re…
RT @rpallanuk: The land is drying out according to @NASA satellites & other data as heavier, less frequent rainfall runs off rather than re…
RT @rpallanuk: The land is drying out according to @NASA satellites & other data as heavier, less frequent rainfall runs off rather than re…
The land is drying out according to @NASA satellites & other data as heavier, less frequent rainfall runs off rather than replenishing ground water & a thirstier atmosphere more effectively saps soil moisture. Blog: https://t.co/qj7WhtTFRo Paper: https://t.co/QHmwJfksyQ https://t.co/jHJFdl4DPV
NASA Satellites Reveal Abrupt Drop in Global Freshwater Levels | NASA science.nasa.gov/earth/nasa-s... An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change | Surveys in Geophysics link.springer.com/article/10.1... #openaccess
An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change: https://t.co/8U8uYOfssV -> NASA Satellites Reveal Abrupt Drop in Global #Freshwater Levels: https://t.co/x1Q80iYrVn
An Abrupt Decline in Global Terrestrial Water Storage and Its Relationship with Sea Level Change: link.springer.com/article/10.1... -> NASA Satellites Reveal Abrupt Drop in Global Freshwater Levels: science.nasa.gov/earth/nasa-s...
RT @rpallanuk: Abrupt decline in global terrestrial water storage & its relationship with sea level change by Rodell et al. https://t.co/QH…
RT @rpallanuk: Abrupt decline in global terrestrial water storage & its relationship with sea level change by Rodell et al. https://t.co/QH…
RT @rpallanuk: Abrupt decline in global terrestrial water storage & its relationship with sea level change by Rodell et al. https://t.co/QH…
Abrupt decline in global terrestrial water storage & its relationship with sea level change by Rodell et al. https://t.co/QHmwJfksyQ https://t.co/GKorAOpNBY
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